<ul><li>Scientists have discovered a groundbreaking method to shield quantum information from 'noise' and potentially enable the construction of practical quantum computers.</li><li>Quantum computers rely on quantum entanglement, which allows for faster parallel processing. However, noise disrupts this 'coherence' and increases the error rate.</li><li>A team of physicists has found a way to preserve quantum information by encoding it in the topology of entangled photons, making it resilient to noise.</li><li>This approach could contribute to the development of quantum computers and networks that can overcome noise in any environment.</li></ul>

Quantum computing breakthrough could make 'noise' — forces that disrupt calculations — a thing of the past

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